HP-35S SURVEY PROGRAMS USER GUIDE - NLC Prep

HP-35S SURVEY PROGRAMS

USER GUIDE

Thank you for purchasing an HP 35 from the Nettleman Land Consultants, Inc.

Your purchase of $499 includes a brand-new HP 35 calculator pre-programmed with the latest land surveying applications, a quality control sheet confirming that all calculator programs are working properly and an exclusive online course to introduce you to your new calculator.

You may be very excited to begin using your calculator, but it is important to understand that any editing of the software programs or clearing of the memory may result in the preprogrammed applications not working properly. Therefore, you should understand how to use the calculator before you begin experimenting with it.

All HP35's are verified to include all programs ? with the correct checksums ? the day they ship. Anyone who deletes the programs from the machines ? even accidently ? will be required to pay to have the programs re-loaded. So please do not remove the batteries, clear the memory, or alter the programs. To help you, NLC, INC has created an online course. You may access your online HP35 training course by going to the following URL: please use code "35NLC18" to gain entry to the course for free.

Also included is a how-to booklet. This booklet provides a step-by-step walkthrough of how to run the most popular programs. I recommend using your Elementary Surveying book to find questions then trying-out the HP35 to solve them.

After completing this course, try running some programs. This machine is not user-friendly like an iPhone or PC. It requires you to use it, try different functions and gain familiarity with the applications and the layout before quick and easy use is possible. The best way I have found is to simply get your Elementary Surveying book and try out different problems.

My last piece of advice is to confirm that your calculator is working properly. To do that, simply watch the lesson on calculator checksums. Then, go to the checksum menu on your calculator in confirm that the checksums you see on the screen match with the checksums on your quality control sheet. Some checksums may not match and they will be noted on the quality control sheet.

You have three (3) days from the date of delivery to inspect your calculator. If any programs are not working properly, please return it within that period. Otherwise, no refunds are offered, and the calculator will not be re-programmed if checksums do not match without a charge. Returned calculators must be in the original condition, with original checksums.

Good Luck!

Dr. Nettleman

Program

Inverse by Coordinates (Traverse) Inverse by Coordinates (Radial) Azimuth Traverse Radial Stub Triangle Programs Intersection Programs Curve Programs Area by Coordinates Bearing Azimuth Azimuth Bearing

Page

2 2 3 3 4-5 6-7 8 9 9 9

1

INVERSE BY COORDINATES

TO RUN THE INVERSE BY COORDINATES (TRAVERSE) PROGRAM : XEQ I

Enter X-Coord. of Beginning Point

R/S

Enter Y-Coord. of Beginning Point

R/S

Enter X-Coord. of Ending Point

R/S

Enter Y-Coord. of Ending Point

R/S

Read Inverse Distance

R/S

Read Inverse Azimuth (D.MMSSss)

R/S

(Next Beginning Point = This Ending Point}

TO RUN THE INVERSE BY COORDINATES (RADIAL) PROGRAM : XEQ R

Enter X-Coord. of Fixed Point

R/S

Enter Y-Coord. of Fixed Point

R/S

Enter X-Coord. of Next Point

R/S

Enter Y-Coord. of Next Point

R/S

Read Inverse Distance

R/S

Read Inverse Azimuth (D.MMSSss)

R/S

(Enter Next Radial Point}

2

AZIMUTH TRAVERSE PROGRAM & RADIAL STUB PROGRAM

TO RUN THE AZIMUTH TRAVERSE PROGRAM : XEQ T

Enter X-Coord. of Beginning Point

R/S

Enter Y-Coord. of Beginning Point

R/S

Enter Azimuth to New Point (D.MMSSss) R/S

Enter Distance to New Point

R/S

Read X-Coord. of New Point

R/S

Read Y-Coord. of New Point

R/S

(Next Beginning Point = This New Point}

TO RUN THE RADIAL STUB PROGRAM : XEQ S

Enter X-Coord. of Fixed Point

R/S

Enter Y-Coord. of Fixed Point

R/S

Enter Azimuth to New Point (D.MMSSss) R/S

Enter Distance to New Point

R/S

Read X-Coord. of New Point

R/S

Read Y-Coord. of New Point

R/S

(Enter Next Radial Stub}

3

TRIANGLE PROGRAMS

TO RUN THE SIDE-SIDE-SIDE TRIANGLE PROGRAM : XEQ C

Enter Length of First Side Enter Length of Second Side Enter Length of Third Side Read Angle Opposite & First Side Read Angle Opposite & Second Side Read Angle Opposite & Third Side Read Triangle Area

R/S R/S R/S R/S R/S R/S R/S {End of Program}

TO RUN THE SIDE-ANGLE-SIDE TRIANGLE PROGRAM : XEQ D

Enter Length of First Side Enter Angle Between (DMS) Enter Length of Second Side Read Angle Opposite & First Side Read Angle Opposite & Second Side Read Angle Opposite & Third Side Read Triangle Area

R/S R/S R/S R/S R/S R/S R/S {End of Program}

TO RUN THE SIDE-ANGLE-ANGLE TRIANGLE PROGRAM : XEQ E

Enter Length of First Side Enter Angle After (DMS) Enter Next Angle (DMS) Read Angle Opposite & First Side Read Angle Opposite & Second Side Read Angle Opposite & Third Side Read Triangle Area

R/S R/S R/S R/S R/S R/S R/S {End of Program}

TO RUN THE ANGLE-SIDE-ANGLE TRIANGLE PROGRAM : XEQ F

Enter Angle Before (DMS) Enter Length of First Side Enter Angle After (DMS) Read Angle Opposite & First Side Read Angle Opposite & Second Side Read Angle Opposite & Third Side Read Triangle Area

R/S R/S R/S R/S R/S R/S R/S {End of Program}

4

TRIANGLE PROGRAMS CONTINUED

TO RUN THE SIDE-SIDE-ANGLE TRIANGLE PROGRAM : XEQ G

Enter Length of First Side Enter Length of Second Side Enter Angle Opposite First Side (DMS) Prompt "SOLUTION 1" Read Angle Opposite & First Side Read Angle Opposite & Second Side Read Angle Opposite & Third Side Read Triangle Area Prompt "SOLUTION 2" Read Angle Opposite & First Side Read Angle Opposite & Second Side Read Angle Opposite & Third Side Read Triangle Area

R/S R/S R/S R/S {Skip prompt if Single Solution} R/S {First or Single Solution} R/S R/S R/S {End of Program if Single Solution} R/S R/S {Second solution} R/S R/S R/S {End of Program}

5

INTERSECTION PROGRAMS

TO RUN THE ANGLE ? ANGLE INTERSECTION PROGRAM : XEQ L

Enter X-Coord. of Point on Line 1 Enter Y-Coord. of Point on Line 1 Enter Azimuth of Line 1 (D.MMSSss)

Enter X-Coord. of Point on Line 2 Enter Y-Coord. of Point on Line 2 Enter Azimuth of Line 2 (D.MMSSss)

Read X-Coord. of Intersection Read Y-Coord. of Intersection Read Distance Point 1 to Intersection Read Distance Point 2 to Intersection

R/S R/S R/S {-999 to compute using a second

POT} R/S R/S R/S {-999 to compute using a second

POT} R/S R/S R/S R/S {End of Program}

TO RUN THE ANGLE ? DISTANCE INTERSECTION PROGRAM : XEQ M

Enter X-Coord. of Point on Line Enter Y-Coord. of Point on Line Enter Azimuth of Line (D.MMSSss)

Enter X-Coord. of Radius Point Enter Y-Coord. of Radius Point Enter Radius of Circle Prompt "SOLUTION 1" Read X-Coord. of Intersection 1 Read Y-Coord. of Intersection 1 Read Azimuth, Rad. Pt. to Intersection 1 Read Distance, POT to Intersection 1 Prompt "SOLUTION 2" Read X-Coord. of Intersection 2 Read Y-Coord. of Intersection 2 Read Azimuth, Rad. Pt. to Intersection 2 Read Distance, POT to Intersection 2

R/S {POT} R/S {POT} R/S {-999 to compute using a second

POT} R/S R/S R/S R/S {First or Single Solution} R/S R/S R/S R/S {End of Program if Single Solution} R/S {Second Solution} R/S R/S R/S R/S {End of Program}

6

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